Nature's Silent Losses: Why FRAME-ECO Is a Strategic Imperative for Türkiye

How do we stop measuring disasters by the debris left behind — and start managing them by the ecological defences we lose?

For decades, disaster management has carried a dangerous blind spot. We measure crises by what is easy to count and monetize: collapsed bridges, flooded neighbourhoods, ruined harvests. Yet some of the most consequential wounds are invisible on a balance sheet — forests reduced to ash, wetlands that quietly disappear, coral reefs that stop working long before they stop existing.

Economic metrics tell us the cost of the current disaster. Ecological metrics help determine the severity of the next one. When an ecosystem degrades, it does not simply lose trees or species. It erodes food security, cultural identity and the natural infrastructure that shields human communities. In June 2026, the United Nations University Institute for Environment and Human Security (UNU-EHS), together with UNEP and UNDRR, published a serious attempt to correct this blindness: a Framework for assessing climate change and disaster-related losses of biodiversity and ecosystem services — FRAME-ECO. It offers a standardized, practical methodology to identify, monitor and assess the losses that conventional accounting ignores, especially non-economic losses.

FRAME-ECO is built on one uncompromising principle: a real loss is confirmed only when a hazardous event and a negative change in an ecosystem intersect in both space and time. The framework has two components — the hazard context and the ecosystem and biodiversity context — which are monitored regularly and then overlaid in a spatially and temporally explicit way.

The authors are careful here: this spatial-temporal overlap is treated as a pragmatic proxy for monitoring where formal attribution is not feasible. It does not, on its own, prove that a specific hazard caused the change. That honesty about causality is one of the report's strengths, not a weakness.

FRAME-ECO treats hazards not as isolated events but as a continuum:

This continuum matters because sudden-onset events produce immediate, measurable damage, while slow-onset processes accumulate losses with no clear start or end — and therefore demand very different monitoring strategies.

The framework assesses ecosystems through three interconnected layers, aligned with the UN's SEEA Ecosystem Accounting standard:

• Extent — the physical size of an ecosystem (area, length or volume). How much has been lost?
• Condition, including biodiversity — the structural and functional health of the system, tracked with Essential Biodiversity Variables (EBVs). These cover six classes: genetic composition, species populations, species traits, community composition, ecosystem structure, and ecosystem function — captured through metrics such as species abundance, genetic diversity, phenology and primary productivity.
• Diverse values of nature and ecosystem services — captured through the IPBES concept of Nature's Contributions to People (NCP), spanning provisioning, regulating, cultural and relational values — including the intangible ones that economic accounting cannot reach.

Crucially, extent and condition shape the regulating services — flood control, coastal protection — that reduce hazard impacts in the first place. Degrade the ecosystem, and you raise the exposure and vulnerability of the people who depend on it.

Perhaps the framework's most important contribution is conceptual. Ecosystems are dynamic; they pass through natural cycles of disturbance and renewal. A single fixed "baseline" — an idealized pristine state — is often impossible to define and can mislead. FRAME-ECO instead uses reference levels that are reviewed and updated over time:

• Sudden-onset events: pre-event reference data are compared directly with post-event conditions.
• Slow-onset events: because there is no clean starting point, losses are detected through change analysis across multiple reference points in time (T1, T2, T3…) compared with the most recent data.

A practical caveat the report insists on: reference data and comparison data must be measured under the same conditions. A dry-season wildfire loss, for example, should not be judged against the same wetland in its wet season.

FRAME-ECO is designed to interlock with systems that already exist, rather than to compete with them:

• SEEA EA (System of Environmental-Economic Accounting – Ecosystem Accounting) provides the internationally agreed statistical backbone for extent, condition and services accounts.
• DELTA Resilience — UNDRR's next-generation disaster tracking system (Disaster & Hazardous Events, Losses and Damages Tracking & Analysis), developed with WMO and UNDP. It is designed to replace DesInventar and is identified as a key implementation platform for recording hazardous events alongside damages and losses, including non-economic ones.
• Sendai Framework reporting (Targets C and D), National Adaptation Plans (NAPs) and Biennial Transparency Reports (BTRs) under the Paris Agreement can all draw on the loss assessments.
• The Kunming-Montreal Global Biodiversity Framework (notably Target 8) and SDGs 13, 14 and 15 are directly supported.
• Above all, the evidence can underpin requests to the Fund for responding to Loss and Damage (FRLD) and the Santiago Network for technical assistance.

Two recent catastrophes show why ecological measurement changes decisions. (Note: these cases are widely documented in the wider literature; they illustrate the framework rather than appearing in the FRAME-ECO report itself.)

The megafires burned up to 19 million hectares and, according to the WWF-commissioned continental assessment led by Van Eeden and colleagues (2020), affected an estimated 3 billion vertebrates — a breakdown of roughly 143 million mammals, 2.46 billion reptiles, 180 million birds and 51 million frogs. That study mattered precisely because it was ecological, not economic: it was released in time to feed the statutory review of Australia's flagship environmental law, the EPBC Act, and its recommendations centred on habitat connectivity, protecting unburnt refugia and rapid-response teams for threatened species. On the recovery side, authorities identified 810 priority species and ecological communities for urgent intervention and stood up a National Bushfire Recovery Agency backed by a A$2 billion fund. In other words, an ecological loss assessment — not a damage tally — shaped both the legal debate and where recovery money went.

Record monsoon rainfall — the two southern provinces received seven to eight times their usual August totals — put roughly one-third of the country underwater, killed more than 1,700 people, affected around 33 million and destroyed some 1.7 million homes. The Government–World Bank Post-Disaster Needs Assessment put damages above US$14.9 billion, economic losses near US$15.2 billion, and resilient reconstruction needs at US$16.3 billion or more. A World Weather Attribution study concluded that human-caused climate change likely intensified the extreme rainfall (with wide uncertainty on the exact magnitude), while stressing that the impacts were driven as much by human exposure: settlements, infrastructure and farmland pushed onto floodplains, an outdated river-management system and limited pre-event risk reduction. The policy answer has been strikingly ecological. Recharge Pakistan — described as the country's largest ecosystem-based investment in flood and water management — restores wetlands and forests and rehabilitates natural water-flow paths. When ecological function is treated as infrastructure, restoration becomes flood defence, and the case for measuring that function first becomes self-evident.

Türkiye sits on the front line of Mediterranean climate risk — intensifying drought, heatwaves, wildfire and flash flooding — and its ecological buffers are already under measurable strain. This is where FRAME-ECO stops being an abstraction.

Türkiye holds 14 Ramsar sites (wetlands of international importance). But wetland loss is not a hypothetical future risk here; it is a recorded trend. According to national environmental assessments, more than 20% of the country's wetland area had reportedly been drained by 2014, with the number of natural wetlands falling from roughly 1,400 to about 900. Satellite analyses (Landsat/Sentinel, 1984–2023) have quantified sharp water-surface losses at individual sites, including around 42.5% at Lake Burdur and 21.2% at Lake Uluabat. These are exactly the extent-and-condition signals FRAME-ECO is built to capture — and to convert into a defensible loss case.

A deliberate correction worth making in any Turkish policy piece: Tuz Gölü is a Special Environmental Protection Area, not a Ramsar site — a distinction that matters when citing legal protection status.

The sequence itself is not complicated. Two or three pilot landscapes would establish reference levels by combining satellite time-series with in-situ and community observation; loss assessments would then run against those reference levels both after discrete events — a wildfire, a flash flood — and across slow-onset trends such as water-surface decline and salinization. The value appears at the moment those results stop being reports and start being inputs: flowing into Türkiye's disaster-management plans (including the Türkiye Afet Müdahale Planı - TAMP and the Türkiye Afet Risk Azaltma Planı - TARAP, which was published in July 2022 and includes 227 actions across 11 hazard types), the National Adaptation Plan and the Biennial Transparency Report, and ultimately strengthening the evidence base for Loss and Damage Fund applications and nature-based-solution priorities.

The real constraint is institutional, not methodological. Ecosystem condition currently sits with one set of actors (the Ministry of Environment, Urbanization and Climate Change; the General Directorate of Forestry; the State Hydraulic Works), disaster response with another (AFAD and its provincial organisation), and official statistics with a third (TÜİK) — and these bodies were never designed to exchange ecological-loss information with one another. That is precisely the cross-agency architecture SEEA EA and DELTA Resilience presuppose, and it is where implementation will either succeed or quietly stall.

Here is the detail that separates a working system from a pilot that dies in a PDF. An "ecosystem-loss" signal generated from Sentinel imagery or a field station in the Gediz Delta is only useful if the central disaster-management dashboard — the systems behind TAMP and the provincial İl Afet Risk Azaltma Planları (İRAP) — can read and act on it without manual re-entry or translation. This is a semantic interoperability requirement: shared data standards, controlled vocabularies and machine-readable exchange, so that an ecological indicator travels through the same pipeline as seismic or hydrological data rather than languishing in a parallel spreadsheet. Türkiye already holds most of the pieces — TÜBİTAK ULAKBİM for national research-data infrastructure, TÜİK for statistics, AFAD for coordination — but they were not built to speak a common language about ecosystem condition. Closing that gap is less an IT upgrade than a governance decision, and it may be the single highest-leverage step available for making FRAME-ECO operational rather than aspirational.

A credible framework names its own weaknesses, and FRAME-ECO does. Any Turkish application should carry the same caveats:

The correct response to imperfect data is not paralysis. As the IUCN Global Standard puts it, nature-based solutions should deliver "a net gain to biodiversity and ecosystem integrity" — and you cannot demonstrate a gain, or a loss, without measuring it.

What FRAME-ECO changes is the accounting itself: it moves nature from the role of passive victim to that of a quantifiable, defensible asset in disaster and climate decisions. For Türkiye — with shrinking wetlands, intensifying Mediterranean hazards, and a seat at the Loss and Damage table — adopting and piloting this framework is not an academic exercise. It is preparation for the next disaster, done before it arrives.

Editorial note: the FRAME-ECO framework and all statements attributed to it come from the primary report (DOI 10.53324/SMVI1232), whose authorship and June 2026 publication were verified against the UNU-EHS and UNDRR publication records. Figures for Australia, Pakistan and Türkiye's wetlands are drawn from the separately cited institutional and peer-reviewed sources above — not from the FRAME-ECO report — and are presented as illustrative context.